From Plastic to Petrol: Justman Synram’s Green Triumph
Aarushi Gupta

Justman Synrem, widely recognized as Petrol man, is an innovative entrepreneur hailing from Sohra, a small town in Meghalaya, India. Renowned for his visionary approach, he gained fame for introducing a ground breaking technology that transforms plastic waste into environmentally friendly and cost-effective petrol. The inspiration for this initiative struck Justman while working at a petrol pump, where he noticed the prevalent issue of plastic waste without a proper disposal mechanism in the area. Delving into research, he discovered the potential of converting plastic waste into fuel. Conducting numerous experiments in his backyard, he persevered through trials and errors until successfully developing a process for converting plastic waste into petrol.

In 2013, Justman embarked on the journey of establishing his own enterprise dedicated to converting plastic waste into petrol. He established Synthite Industries in Sohra itself, initiating the production of petrol derived from plastic waste. Initially confronted with obstacles such as financial limitations, resource scarcity, and a lack of awareness surrounding his technology, Justman remained resolute in his commitment to ensuring the success of his business, persisting through diligent efforts.

The Process

Justman Synrem's method for transforming plastic waste into petrol employs a technique known as pyrolysis. After shredding the plastic waste into small pieces, it is introduced into a machine where the elevated temperature facilitates the breakdown into smaller molecules. Subsequently, these smaller molecules are condensed into a liquid state, ultimately serving as a fuel source. The ensuing liquid undergoes a refining process to eliminate any impurities, resulting in the production of petrol as the final product, ready for use.

Challenges faced

Despite the accomplishments of Justman Synrem's technology, widespread acceptance by industrialists has been limited. One contributing factor is the novelty of the technology, leading to scepticism among industrialists regarding its efficacy. Additionally, the absence of adequate infrastructure for the collection and processing of plastic waste poses a challenge, hindering the large-scale implementation of this technology by industrialists.

Moreover, a lack of governmental backing and incentives further deters industrialists from adopting this technology. The substantial costs associated with establishing the necessary infrastructure make it financially impractical for industrialists to implement this technology on a broad scale without sufficient government support.

Global recognition

Despite the obstacles, Justman's enterprise gained momentum, attracting customers due to the cost-effectiveness and eco-friendly nature of his technology. Globally, Justman Synrem's ground breaking method of converting plastic waste into petrol has earned widespread acclaim. His company's achievements have been highlighted in various prominent news outlets, including BBC, CNN, and Al Jazeera. In 2018, he received an invitation to showcase his technology and discuss the environmental impact of plastic waste at the United Nations Headquarters in New York. Justman has garnered several accolades, including the National Entrepreneurship Award and the Swachh Bharat Mission Award. The triumph of his business not only brought financial prosperity but also contributed positively to the environment by mitigating plastic waste.

Benefits of his technology

Using Justman Synrem's technology, the production cost of petrol from plastic waste is notably less than that of conventional fossil fuels. Synrem states that the expense of producing one litre petrol from plastic waste is approximately 35-40 Indian Rupees. This stands in stark contrast to the production cost of one litre of petrol from crude oil, which can vary between 80-100 Indian Rupees, contingent on global oil prices.

Additionally, Justman Synrem's technology has the capacity to generate a substantial quantity of petrol from plastic waste. Synrem asserts that approximately 800 litres of petrol can be produced from one ton of plastic waste. Extrapolating this, considering that India generates around 26,000 tonnes of plastic waste daily, there is the potential to yield over 20 million litres of petrol each day through this technology.

This renders it an appealing choice for nations like India, seeking sustainable solutions to meet their energy requirements while minimizing their carbon footprint. Although the amount of petrol produced may not suffice to entirely replace India's reliance on conventional fossil fuels, it represents a substantial quantity capable of mitigating the country's carbon footprint and lessening dependence on non-renewable resources.

Moreover, the adoption of this technology can contribute to a decrease in the accumulation of plastic waste in landfills or environmental pollution. By converting plastic waste into a valuable resource, the technology encourages individuals to collect and recycle plastic waste, fostering a circular economy that has positive impacts on both the environment and the economy.

Conclusion

Justman Synrem's ground breaking technology for converting plastic waste into petrol emerges as a pivotal force in combatting plastic pollution and climate change. His inventive approach not only contributes to a reduction in plastic waste but also provides an economical and eco-friendly source of renewable fuel. Despite the evident success of his venture, challenges persist in implementing this technology on a larger scale due to a lack of infrastructure and government support. Nevertheless, as the demand for sustainable solutions grows, it is only a matter of time before more businesses and governments adopt this innovative technology.

Justman Synrem's story stands as a testament to the unbridled power of innovation and highlights the critical need for sustainable approaches to address global challenges. His technology not only revolutionises the battle against plastic pollution but also serves as a beacon of hope for a more sustainable future.

(The paper is the author’s individual scholastic articulation. The author certifies that the article/paper is original in content, unpublished and it has not been submitted for publication/web upload elsewhere, and that the facts and figures quoted are duly referenced, as needed, and are believed to be correct). (The paper does not necessarily represent the organisational stance... More >>


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